Device makers could put sensors in mobile devices, but some sensors such as temperature and pollution monitors are more likely to go in street lamps or traffic lights. As part of Microsoft's "mobile-first, cloud-first" strategy, data from such sources could be fed to Azure for further analysis, McGregor said.
"You have to be able to support the broadest array of applications, and the sensor data is critical," McGregor said.
Microsoft is trying to unite disparate mobile, PC and embedded Windows operating systems under the Windows 10 umbrella. The company is encouraging the development of Windows-based devices via boards like Raspberry Pi 2 and Qualcomm's DragonBoard 410c, which will be able to run a custom version of Windows 10 called Athens. Makers — do-it-yourselfers — have developed sensor-packed robots, drone, health monitors, gadgets and wearables with those boards.
In a separate presentation at WinHEC, Microsoft said it would also bring Windows 10 to its own Sharks Cove and Intel's MinnowBoard Max board, which are used to prototype electronics, appliances and devices with sensors. The devices have low-power ports such as GPIO, SPI, I2C, and UART to which a variety of motion, imaging and other sensors can be attached.
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